Hybrid Power System Integration Carbon Fiber Airframe
In-house Composites
In-house carbon fiber fuselage using in-house mold layups, achieving a lightweight and aerodynamic structure tailored for performance.
Two-stroke Gas Engine
Integrated a two-stroke gas engine, enabling hybrid-electric propulsion for long-distance medical transport.
Co-axial Motors
Coaxial motors and redundant power systems into the aircraft to enhance safety and reliability, ensuring continued flight stability in the event of a motor or ESC failure.
Fuselage
Significant increase in payload capacity compared to previous iteration.
Hardware Assembly
The full airframe assembly brought together all major subsystems—composites, propulsion, avionics, and payload—into a flight-ready configuration, marking a key milestone toward operational testing.
Field Test Ready
The aircraft was fully assembled and prepped for field deployment, showcasing its hybrid fixed-wing and VTOL capabilities in an outdoor setting.
Final Assembly
Avionics system was carefully integrated with organized wire management to ensure reliable connections
